Intel Processors

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Intel Processors.

Some comentary are in portuguese(brazilian). In time i will try to translate to english.

PS: sorry about bad english, maybe some (or many) words may be wrong writted :P

Celeron

- Slot 1 (SEPP):

* core Covington:

-> 266 MHz, FSB 66 MHz, Multiplicador 4.0x, Cache 32KB L1, 2.0 Vcore

-> 300 MHz, FSB 66 MHz, Multiplicador 4.5x, Cache 32KB L1, 2.0 Vcore

OBS: the first Celeron, withou L2 cache, 7.5 millions of transistors, 0.25 micron, all with MMX, but is worse than Pentium MMX.

* core Mendocino:

-> 300 MHz (300A), FSB 66 MHz, Multiplicador 4.5x, Cache 32KB L1 & 128KB L2

-> 333 MHz, FSB 66 MHz, Multiplicador 5.0x, Cache 32KB L1 & 128KB L2

-> 366 MHz, FSB 66 MHz, Multiplicador 5.5x, Cache 32KB L1 & 128KB L2

-> 400 MHz, FSB 66 MHz, Multiplicador 6.0x, Cache 32KB L1 & 128KB L2

-> 433 MHz, FSB 66 MHz, Multiplicador 6.5x, Cache 32KB L1 & 128KB L2

OBS: All with 2.0 Vcore, 19 millions of transistors and 0.25 micron. Revision "A" with less cache than PII but run full core speed, that accelerated the preformance of celeron´s and became popular in the overclock world.

- Socket 370 (PPGA, FC-PGA, FC-PGA2):

* core Mendocino:

-> 300 MHz (300A), FSB 66 MHz, Multiplicador 4.5x, Cache 32KB L1 & 128KB L2

-> 333 MHz, FSB 66 MHz, Multiplicador 5.0x, Cache 32KB L1 & 128KB L2

-> 366 MHz, FSB 66 MHz, Multiplicador 5.5x, Cache 32KB L1 & 128KB L2

-> 400 MHz, FSB 66 MHz, Multiplicador 6.0x, Cache 32KB L1 & 128KB L2

-> 433 MHz, FSB 66 MHz, Multiplicador 6.5x, Cache 32KB L1 & 128KB L2

-> 466 MHz, FSB 66 MHz, Multiplicador 7.0x, Cache 32KB L1 & 128KB L2

-> 500 MHz, FSB 66 MHz, Multiplicador 7.5x, Cache 32KB L1 & 128KB L2

-> 533 MHz, FSB 66 MHz, Multiplicador 8.0x, Cache 32KB L1 & 128KB L2

OBS: 2.0 Vcore, 19 millions of transistors and 0.25 micron. Celeron Mendocinos more slowest but excellent on overclock.

* core Coppermine-128:

-> 533 MHz (533A), FSB 66 MHz, Multiplicador 8.0x, Cache 32KB L1 & 128KB L2, 1.5 e 1.7 Vcore

-> 566 MHz, FSB 66 MHz, Multiplicador 8.5x, Cache 32KB L1 & 128KB L2, 1.5/1.7/1.75 Vcore

-> 600 MHz, FSB 66 MHz, Multiplicador 9.0x, Cache 32KB L1 & 128KB L2, 1.5/1.7/1.75 Vcore

-> 633 MHz, FSB 66 MHz, Multiplicador 9.5x, Cache 32KB L1 & 128KB L2, 1.65/1.7/1.75 Vcore

-> 667 MHz, FSB 66 MHz, Multiplicador 10.0x, Cache 32KB L1 & 128KB L2, 1.65/1.7/1.75 Vcore

-> 700 MHz, FSB 66 MHz, Multiplicador 10.5x, Cache 32KB L1 & 128KB L2, 1.65/1.7/1.75 Vcore

-> 733 MHz, FSB 66 MHz, Multiplicador 11.0x, Cache 32KB L1 & 128KB L2, 1.65/1.7 Vcore

-> 766 MHz, FSB 66 MHz, Multiplicador 11.5x, Cache 32KB L1 & 128KB L2, 1.65/1.7 Vcore

-> 800 MHz, FSB 100 MHz, Multiplicador 8.0x, Cache 32KB L1 & 128KB L2, 1.65/1.7/1.75 Vcore

-> 850 MHz, FSB 100 MHz, Multiplicador 8.5x, Cache 32KB L1 & 128KB L2, 1.65/1.7/1.75 Vcore

-> 900 MHz, FSB 100 MHz, Multiplicador 9.0x, Cache 32KB L1 & 128KB L2, 1.75 Vcore

-> 950 MHz, FSB 100 MHz, Multiplicador 9.5x, Cache 32KB L1 & 128KB L2, 1.75 Vcore

-> 1000 MHz, FSB 100 MHz, Multiplicador 10.0x, Cache 32KB L1 & 128KB L2, 1.75 Vcore

-> 1100 MHz, FSB 100 MHz, Multiplicador 11.0x, Cache 32KB L1 & 128KB L2, 1.75 Vcore

OBS: SSE, same core Coppermine used by PIII, except by half cache L2 desabilited. knowed by "PIII capped". All with 28.1 millions of transistors and 0.18 micron.

* core Tualatin:

-> 900 MHz, FSB 100 MHz, Multiplicador 9.0x, Cache 32KB L1 & 256KB L2, 1.475 Vcore

-> 1000 MHz, FSB 100 MHz, Multiplicador 10.0x, Cache 32KB L1 & 256KB L2, 1.475/1.5 Vcore

-> 1100 MHz, FSB 100 MHz, Multiplicador 11.0x, Cache 32KB L1 & 256KB L2, 1.475/1.5 Vcore

-> 1200 MHz, FSB 100 MHz, Multiplicador 12.0x, Cache 32KB L1 & 256KB L2, 1.475/1.5 Vcore

-> 1300 MHz, FSB 100 MHz, Multiplicador 13.0x, Cache 32KB L1 & 256KB L2, 1.5 Vcore

-> 1400 MHz, FSB 100 MHz, Multiplicador 14.0x, Cache 32KB L1 & 256KB L2, 1.5 Vcore

OBS: Instrução SSE, com 256KB L2 cache e 100 MHz FSB tornou o Celeron Tualatin igual um PIII Coppermine, provavelmente o melhor processador custo/performance que já criaram. Todos com 44 milhões de transistores e 0.13 micron.

Pentium III

- Slot 1 (SECC, SECC2):

* núcleo Katmai:

-> 450 MHz, FSB 100 MHz, Multiplicador 4.5x, Cache 32KB L1 & 512KB L2, 2.0 Vcore

-> 500 MHz, FSB 100 MHz, Multiplicador 5.0x, Cache 32KB L1 & 512KB L2, 2.0 Vcore

-> 550 MHz, FSB 100 MHz, Multiplicador 5.5x, Cache 32KB L1 & 512KB L2, 2.0 Vcore

-> 600 MHz, FSB 100 MHz, Multiplicador 6.0x, Cache 32KB L1 & 512KB L2, 2.05 Vcore

OBS: primeiros PIII, primeiros CPU com instrução SSE, baseado no mesmo núcleo Katmai dos PII. Performance bem pouca maior sobre as aplicações non-SSE do PII. Todos com 9.5 milhões de transistores e 0.25 micron.

* núcleo Katmai B:

-> 533 MHz (533B), FSB 133 MHz, Multiplicador 4.0x, Cache 32KB L1 & 512KB L2, 2.0 Vcore

-> 600 MHz (600B), FSB 133 MHz, Multiplicador 4.5x, Cache 32KB L1 & 512KB L2, 2.05 Vcore

OBS: versão "B" dos PIII no núcleo Katmai, extra velocidade no FSB ajudou o PIII a se sobresair na performance dos PII's. Todos com 9.5 milhões de transistores e 0.25 micron.

* núcleo Coppermine E:

-> 550 MHz, FSB 100 MHz, Multiplicador 5.5x, Cache 32KB L1 & 256KB L2

-> 600 MHz, FSB 100 MHz, Multiplicador 6.0x, Cache 32KB L1 & 256KB L2

-> 650 MHz, FSB 100 MHz, Multiplicador 6.5x, Cache 32KB L1 & 256KB L2

-> 700 MHz, FSB 100 MHz, Multiplicador 7.0x, Cache 32KB L1 & 256KB L2

-> 750 MHz, FSB 100 MHz, Multiplicador 7.5x, Cache 32KB L1 & 256KB L2

-> 800 MHz, FSB 100 MHz, Multiplicador 8.0x, Cache 32KB L1 & 256KB L2

-> 850 MHz, FSB 100 MHz, Multiplicador 8.5x, Cache 32KB L1 & 256KB L2

-> 900 MHz, FSB 100 MHz, Multiplicador 9.0x, Cache 32KB L1 & 256KB L2

-> 950 MHz, FSB 100 MHz, Multiplicador 9.5x, Cache 32KB L1 & 256KB L2

-> 1000 MHz, FSB 100 MHz, Multiplicador 10.0x, Cache 32KB L1 & 256KB L2, 1.7 Vcore

OBS: Todos com 1.65 Vcore (exceção 1000 MHz). Núcleo Coppermine significa cache L2 com 256KB e "full-speed" e arquitetura menor com 0.18 micron e 28 milhões de transistores, o "verdadeiro" PIII.

* núcleo Coppermine EB:

-> 533 MHz, FSB 133 MHz, Multiplicador 4.0x, Cache 32KB L1 & 256KB L2, 1.65 Vcore

-> 600 MHz, FSB 133 MHz, Multiplicador 4.5x, Cache 32KB L1 & 256KB L2, 1.65 Vcore

-> 667 MHz, FSB 133 MHz, Multiplicador 5.0x, Cache 32KB L1 & 256KB L2, 1.65 Vcore

-> 733 MHz, FSB 133 MHz, Multiplicador 5.5x, Cache 32KB L1 & 256KB L2, 1.65 Vcore

-> 800 MHz, FSB 133 MHz, Multiplicador 6.0x, Cache 32KB L1 & 256KB L2, 1.65 Vcore

-> 866 MHz, FSB 133 MHz, Multiplicador 6.5x, Cache 32KB L1 & 256KB L2, 1.65 Vcore

-> 933 MHz, FSB 133 MHz, Multiplicador 7.0x, Cache 32KB L1 & 256KB L2, 1.7 Vcore

-> 1000 MHz, FSB 133 MHz, Multiplicador 7.5x, Cache 32KB L1 & 256KB L2, 1.7 Vcore

-> 1133 MHz, FSB 133 MHz, Multiplicador 8.5x, Cache 32KB L1 & 256KB L2, 1.8 Vcore

OBS: "EB" realmente puxou os limites do Slot1, não são muitas placas-mãe de Slot1 que suportam "EB" PIII's.

- Socket 370 (FC-PGA, FC-PGA2):

* núcleo Coppermine E:

-> 500 MHz, FSB 100 MHz, Multiplicador 5.0x, Cache 32KB L1 & 256KB L2, 1.6 Vcore

-> 550 MHz, FSB 100 MHz, Multiplicador 5.5x, Cache 32KB L1 & 256KB L2, 1.6/1.65/1.7 Vcore

-> 600 MHz, FSB 100 MHz, Multiplicador 6.0x, Cache 32KB L1 & 256KB L2, 1.65/1.7 Vcore

-> 650 MHz, FSB 100 MHz, Multiplicador 6.5x, Cache 32KB L1 & 256KB L2, 1.65/1.7 Vcore

-> 700 MHz, FSB 100 MHz, Multiplicador 7.0x, Cache 32KB L1 & 256KB L2, 1.65/1.7/1.75 Vcore

-> 750 MHz, FSB 100 MHz, Multiplicador 7.5x, Cache 32KB L1 & 256KB L2, 1.65/1.7/1.75 Vcore

-> 800 MHz, FSB 100 MHz, Multiplicador 8.0x, Cache 32KB L1 & 256KB L2, 1.65/1.7/1.75 Vcore

-> 850 MHz, FSB 100 MHz, Multiplicador 8.5x, Cache 32KB L1 & 256KB L2, 1.6 Vcore

-> 900 MHz, FSB 100 MHz, Multiplicador 9.0x, Cache 32KB L1 & 256KB L2, 1.7 Vcore

-> 1000 MHz, FSB 100 MHz, Multiplicador 10.0x, Cache 32KB L1 & 256KB L2, 1.75 Vcore

-> 1100 MHz, FSB 100 MHz, Multiplicador 11.0x, Cache 32KB L1 & 256KB L2, 1.75 Vcore

OBS: "flip-chip design" permitiu a Intel a aposentar o Slot1 e retornar aos sockets, muito mais eficientes e muito melhores para os PIII. Socket370 PIII's são ótimos overclockers. Todos com 28 milhões de transistores e 0.28 micron.

* núcleo Coppermine EB:

-> 533 MHz, FSB 133 MHz, Multiplicador 4.0x, Cache 32KB L1 & 256KB L2, 1.65 Vcore

-> 600 MHz, FSB 133 MHz, Multiplicador 4.5x, Cache 32KB L1 & 256KB L2, 1.65/1.7 Vcore

-> 667 MHz, FSB 133 MHz, Multiplicador 5.0x, Cache 32KB L1 & 256KB L2, 1.65/1.7 Vcore

-> 733 MHz, FSB 133 MHz, Multiplicador 5.5x, Cache 32KB L1 & 256KB L2, 1.65/1.7/1.75 Vcore

-> 800 MHz, FSB 133 MHz, Multiplicador 6.0x, Cache 32KB L1 & 256KB L2, 1.65/1.7/1.75 Vcore

-> 866 MHz, FSB 133 MHz, Multiplicador 6.5x, Cache 32KB L1 & 256KB L2, 1.65/1.7/1.75 Vcore

-> 933 MHz, FSB 133 MHz, Multiplicador 7.0x, Cache 32KB L1 & 256KB L2, 1.65/1.7/1.75 Vcore

-> 1000 MHz, FSB 133 MHz, Multiplicador 7.5x, Cache 32KB L1 & 256KB L2, 1.7/1.75/1.76 Vcore

-> 1133 MHz, FSB 133 MHz, Multiplicador 8.5x, Cache 32KB L1 & 256KB L2, 1.75 Vcore

OBS: extrema boa performance, 1 GHz puxou o núcleo Coppermine para o final da sua esperança. Todos com 28 milhões de transistores e 0.28 micron.

* núcleo Coppermine-T:

-> 866 MHz, FSB 133 MHz, Multiplicador 6.5x, Cache 32KB L1 & 256KB L2, 1.75 Vcore

-> 933 MHz, FSB 133 MHz, Multiplicador 7.0x, Cache 32KB L1 & 256KB L2, 1.75 Vcore

-> 1000 MHz, FSB 133 MHz, Multiplicador 7.5x, Cache 32KB L1 & 256KB L2, 1.75 Vcore

-> 1133 MHz, FSB 133 MHz, Multiplicador 8.5x, Cache 32KB L1 & 256KB L2, 1.75 Vcore

OBS: Aparentemente idêntico aos Coppermine EB...única diferença é que todos possuem 1.75 Vcore!
 
* núcleo Tualatin:

-> 1000 MHz, FSB 133 MHz, Multiplicador 7.5x, Cache 32KB L1 & 256KB L2, 1.475 Vcore

-> 1133 MHz, FSB 133 MHz, Multiplicador 8.5x, Cache 32KB L1 & 256KB L2, 1.475/1.5 Vcore

-> 1200 MHz, FSB 133 MHz, Multiplicador 9.0x, Cache 32KB L1 & 256KB L2, 1.475/1.5 Vcore

-> 1333 MHz, FSB 133 MHz, Multiplicador 10.0x, Cache 32KB L1 & 256KB L2, 1.5 Vcore

-> 1400 MHz, FSB 133 MHz, Multiplicador 10.5x, Cache 32KB L1 & 256KB L2, 1.5 Vcore

OBS: Todos com 44 milhões de transistores e 0.13 micron. A redução no processo micron permitiu um pouco mais de vida aos PIII.

* núcleo Tualatin-S:

-> 700 MHz, FSB 100 MHz, Multiplicador 7.0x, Cache 32KB L1 & 512KB L2, 1.1 Vcore

-> 900 MHz, FSB 100 MHz, Multiplicador 9.0x, Cache 32KB L1 & 512KB L2, 1.1 Vcore

-> 933 MHz, FSB 133 MHz, Multiplicador 7.0x, Cache 32KB L1 & 512KB L2, 1.1 Vcore

-> 1133 MHz, FSB 133 MHz, Multiplicador 8.5x, Cache 32KB L1 & 512KB L2, 1.45 Vcore

-> 1266 MHz, FSB 133 MHz, Multiplicador 9.5x, Cache 32KB L1 & 512KB L2, 1.45 Vcore

-> 1400 MHz, FSB 133 MHz, Multiplicador 10.5x, Cache 32KB L1 & 512KB L2, 1.45 Vcore

-> 1533 MHz, FSB 133 MHz, Multiplicador 11.5x, Cache 32KB L1 & 512KB L2, 1.45 Vcore

OBS: Duplo L2 cache tornou os PIII-S muito caros e não tem um aumento significante no desempenho como era esperado. Final da linha para a geração P6 que deu início com o Pentium Pro!

Pentium IV

- Socket 478 (mPGA 478):

* núcleo Willamette-128

-> 1700 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 17.0x, Cache 20KB L1 & 128KB L2, 1.75 Vcore

-> 1800 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 18.0x, Cache 20KB L1 & 128KB L2, 1.75 Vcore

OBS: nova instrução chamada SSE2. Patético cache L2 com 128KB para um CPU moderno! Primeiros P4 baseados no Celeron...Ambos com 42 milhões de transistores e 0.18 micron

* núcleo Northwood-128:

-> 2000 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 20.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2100 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 21.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2200 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 22.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2300 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 23.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2400 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 24.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2500 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 25.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2600 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 26.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2700 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 27.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2800 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 28.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

-> 2900 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 29.0x, Cache 20KB L1 & 128KB L2, 1.525 Vcore

OBS: modificado o núcleo P4A/"P7". Todos com 55 milhões de transistores e 0.13 micron.

- Socket 423:

* núcleo Willamette "P7 (NetBurst)":

-> 1300 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 13.0x, Cache 20KB L1 & 256KB L2, 1.7/1.75 Vcore

-> 1400 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 14.0x, Cache 20KB L1 & 256KB L2, 1.7/1.75 Vcore

-> 1500 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 15.0x, Cache 20KB L1 & 256KB L2, 1.7/1.75 Vcore

-> 1600 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 16.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1700 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 17.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1800 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 18.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1800 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 18.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1900 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 19.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 2000 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 20.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

OBS: primeiros P4's "independentes". Pequeno cache L2. Aquece fácil por causa do processo de 0.18 micron. Não fizeram upgrades porquê são os primeiros e últimos CPU a usar o Socket 423. Todos possuem 42 milhões de transistores.

- Socket 478 (mPGA 478):

* núcleo Willamette "P7 (NetBurst)":

-> 1400 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 14.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1500 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 15.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1600 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 16.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1700 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 17.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1800 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 18.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 1900 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 19.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

-> 2000 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 20.0x, Cache 20KB L1 & 256KB L2, 1.75 Vcore

OBS: Aparentemente idênticos aos Willamette do socket 423. Sem nenhuma mudança fora a pinagem...

* núcleo Northwood A "P7 (NetBurst)":

-> 1600 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 16.0x, Cache 20KB L1 & 512KB L2, 1.5 Vcore

-> 1800 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 18.0x, Cache 20KB L1 & 512KB L2, 1.5 Vcore

-> 2000 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 20.0x, Cache 20KB L1 & 512KB L2, 1.5/1.525 Vcore

-> 2200 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 22.0x, Cache 20KB L1 & 512KB L2, 1.5/1.525 Vcore

-> 2400 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 24.0x, Cache 20KB L1 & 512KB L2, 1.5/1.525 Vcore

-> 2500 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 25.0x, Cache 20KB L1 & 512KB L2, 1.5/1.525 Vcore

-> 2600 MHz, FSB 400 MHz (100 MHz quadpumped), Multiplicador 26.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

OBS: O Northwood A fixou o P4 no socket 478 e dobrou o cache L2, com 0.13 micron tornou o P4 mais frio e menor, chamado de "P4A". Todos com 55 milhões de transistores.
 
* núcleo Northwood B "P7 (NetBurst)":

-> 2266 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 17.0x, Cache 20KB L1 & 512KB L2, 1.5/1.525 Vcore

-> 2400 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 18.0x, Cache 20KB L1 & 512KB L2, 1.5/1.525 Vcore

-> 2533 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 19.0x, Cache 20KB L1 & 512KB L2, 1.5/1.525 Vcore

-> 2667 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 20.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

-> 2800 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 21.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

-> 3066 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 23.0x, Cache 20KB L1 & 512KB L2, HT enabled 1.525 Vcore

OBS: HT ativado na versão 3.06 GHz apenas, mais uma vez aumentando a velocidade do FSB e aumentando o desempenho e a eficiência do CPU, chamado de "P4B". Todos com 55 milhões de transistores e 0.13 micron

* core Northwood C "P7 (NetBurst)":

-> 2400 MHz, FSB 800 MHz (200 MHz quadpumped), Multiplicador 12.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

-> 2600 MHz, FSB 800 MHz (200 MHz quadpumped), Multiplicador 13.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

-> 2800 MHz, FSB 800 MHz (200 MHz quadpumped), Multiplicador 14.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

-> 3000 MHz, FSB 800 MHz (200 MHz quadpumped), Multiplicador 15.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

-> 3200 MHz, FSB 800 MHz (200 MHz quadpumped), Multiplicador 16.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

-> 3400 MHz, FSB 800 MHz (200 MHz quadpumped), Multiplicador 17.0x, Cache 20KB L1 & 512KB L2, 1.525 Vcore

OBS: intel suprised the industry by pass the 667 MHz of FSB and go right away to 800MHZ. The HT technology is active in all models, know by "P4C". All with 55 millions of transistors and 0.13 micron.

* core Gallatin:

-> 3200 MHz (3.2EE), FSB 800 MHz (200 MHz quadpumped), Multiplicador 16.0x, Cache 20KB L1 & 512KB L2 & 1MB L3, 1.525 Vcore

-> 3400 MHz (3.4EE), FSB 800 MHz (200 MHz quadpumped), Multiplicador 17.0x, Cache 20KB L1 & 512KB L2 & 1MB L3, 1.525 Vcore

OBS: Desesperated try of Intel to broke the "K8" from AMD adding a monster quantity of cache L3 on-die, know like "P4 Extreme Edition" and "P4 EE". (also humurously called "expensive" or "emergency" edition). All with 169 million of transistors and 0.13 micron.

* core Prescott "P7 (NetBurst 2*)":

-> 2800 MHz (2.8A), FSB 533 MHz (133 MHz quadpumped), Multiplicador 21.0x, Cache 28KB L1 & 1MB L2, 1.4 Vcore. HT desativado nesta versão!

-> 2800 MHz (2.8E), FSB 800 MHz (200 MHz quadpumped), Multiplicador 14.0x, Cache 28KB L1 & 1MB L2, 1.4 Vcore

-> 3000 MHz (3.0E), FSB 800 MHz (200 MHz quadpumped), Multiplicador 15.0x, Cache 28KB L1 & 1MB L2, 1.4 Vcore

-> 3200 MHz (3.2E), FSB 800 MHz (200 MHz quadpumped), Multiplicador 16.0x, Cache 28KB L1 & 1MB L2, 1.4 Vcore

-> 3400 MHz (3.4E), FSB 800 MHz (200 MHz quadpumped), Multiplicador 17.0x, Cache 28KB L1 & 1MB L2, 1.4 Vcore

OBS: Last version of P4until now. Added SSE3. The HT technology was bettered (except in 2.8A, that have HT off).All with 0.09 micron or 90 nm

Celeron D

- Socket 478 (mPGA478B):

* ?:

-> 2260 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 17.0x, Cache 16KB L1 & 256KB L2

-> Modelo 320: 2400 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 18.0x, Cache 16KB L1 & 256KB L2

-> Modelo 325: 2530 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 19.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 330: 2667 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 20.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 335: 2800 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 21.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 340: 2930 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 22.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 345: 3060 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 23.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

OBS: 90nm.

- Socket LGA775 (FC-mPGA478B):

* ?:

-> Modelo 325: 2530 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 19.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 330: 2667 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 20.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 335: 2800 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 21.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 340: 2930 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 22.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

-> Modelo 345: 3060 MHz, FSB 533 MHz (133 MHz quadpumped), Multiplicador 23.0x, Cache 16KB L1 & 256KB L2, 1.250 Vcore

OBS: All with 90 nm. Building technology "FC" (Flip-Chip Micro Pin Grid Array4) is that the core processor is mounted in a pin with "Integrated Heat Spreader"

Celeron M

- Socket 479 (mPGA 479M):

* ? "Standard Voltage":

-> 1200 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 512KB L2, 1.356 Vcore

-> 1300 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 512KB L2, 1.356 Vcore

-> 1400 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 512KB L2, 1.356 Vcore

-> 1500 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 512KB L2, 1.356 Vcore

* ? "Ultra Low Voltage":

-> 800 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 512KB L2, 1.004 Vcore

-> 900 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 512KB L2, 1.004 Vcore

OBS: 130 nm (0.13 micron), and SSE2.

Pentium M

- Socket 478 (mPGA 478):

* Centrino "Standard Voltage":

-> 1300 MHz, FSB 400 MHz (100 MHz quadpumped), multiplicador 13.0x, cache 32KB L1 & 1MB L2, 1.388 Vcore

-> 1400 MHz, FSB 400 MHz (100 MHz quadpumped), multiplicador 14.0x, cache 32KB L1 & 1MB L2, 1.484 Vcore

-> 1500 MHz, FSB 400 MHz (100 MHz quadpumped), multiplicador 15.0x, cache 32KB L1 & 1MB L2, 1.484 Vcore

-> 1600 MHz, FSB 400 MHz (100 MHz quadpumped), multiplicador 16.0x, cache 32KB L1 & 1MB L2, 1.484 Vcore

-> 1700 MHz, FSB 400 MHz (100 MHz quadpumped), multiplicador 17.0x, cache 32KB L1 & 1MB L2, 1.484 Vcore

* Centrino "Low Voltage":

-> 1100 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 1MB L2, 1.18 Vcore

-> 1200 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 1MB L2, 1.18 Vcore

-> 1300 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 1MB L2, 1.18 Vcore

* Centrino "Ultra Low Voltage":

-> 900 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 1MB L2, 1.004 Vcore

-> 1000 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 1MB L2, 1.004 Vcore

-> 1100 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB L1 & 1MB L2, 1.004 Vcore

OBS: SSE2 and 130 nm (0.13 micron).

* Centrino "90nm & 2MB L2":

-> Modelo 735: 1700 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB & 2MB L2

-> Modelo 745: 1800 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB & 2MB L2

-> Modelo 755: 2000 MHz, FSB 400 MHz (100 MHz quadpumped), cache 32KB & 2MB L2

OBS: All with SSE2, 90 nm (0.09 micron) and 2MB L2.

* Centrino "Standard Voltage 533":

- models 730/740/750/760/770:

-> 1330 MHz, FSB 533 MHz (133 MHz quadpumped), multiplicador 10.0x, cache 32KB L1 & 2MB L2, 1.388 Vcore

-> 1463 MHz, FSB 533 MHz (133 MHz quadpumped), multiplicador 11.0x, cache 32KB L1 & 2MB L2, 1.484 Vcore

-> 1530 MHz, FSB 533 MHz (133 MHz quadpumped), multiplicador 11,5x, cache 32KB L1 & 2MB L2, 1.484 Vcore

-> 1663 MHz, FSB 533 MHz (133 MHz quadpumped), multiplicador 12.5x, cache 32KB L1 & 2MB L2, 1.484 Vcore

-> 1730 MHz, FSB 533 MHz (133 MHz quadpumped), multiplicador 13.0x, cache 32KB L1 & 2MB L2, 1.484 Vcore

OBS: All with SSE2 and 90 nm (0.09 micron) and 2MB L2.
 
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